Team:Newcastle/solution
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We investigate the benefits of an [[e-Science]] approach, with a focus on workflows, to synthetic biology. | We investigate the benefits of an [[e-Science]] approach, with a focus on workflows, to synthetic biology. | ||
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{{Team:Newcastle/footer}} | {{Team:Newcastle/footer}} |
Revision as of 22:16, 21 October 2010
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Contents |
Overview
...
Parts
- CaCO3/Urease
- Filamentous cells
- End of crack & signalling system
- Swarming
- Non-target-environment kill switch
- Glue
Parts Submitted to the Registry
Alkalinity resistance
...Concrete has high pH ...explanation, the solution, link to the lab book experiments.
Initial Research
Research |
Initial Research on Filamentous cells |
Characteristics / Actions
- Alkaline resistant
- Motility
- Sense Oxygen (for cracks)
- Quorum Sensing
- UV Sensitivity
- Produce glue/Silk
- Produce product in response to signal
Environment
- Fermenter (Batch)
- External Face of Concrete
- Inside Crack
- Spray
- End of crack
- Non-target
Experiments
- Movement into cracks
- Speed of swimming in a particular direction
Parameters
- Speed of swimming in a particular direction (wt)
- Quantities of glue, s.s, CaCO3, cell density
- Strength (tensile) of bonding agents, filamentous cells
An e-Science Approach to Synthetic Biology
We investigate the benefits of an e-Science approach, with a focus on workflows, to synthetic biology.